Intel dual-compute-tile 52-core Nova Lake-S desktop CPUs to consume over 700W at max load when power limits are disabled.

Fresh leaks reveal that Nova Lake might have a maximum power limit of 700W on the top-end, unlocked silicon with dual compute ...

A lot of fans are banking on the company's next-generation Nova Lake parts to be its true return to form, though, and the first generation to provide a credible challenge to AMD's X3D-powered ...

New rumors suggest the top chip with 52 cores could pull as much as 700W all by itself once power limits are removed, ...

Intel's Nova Lake flagship rumored to have eye-opening power usage — but I don't think this is anything to worry about (yet).

Intel's next-generation Nova Lake-S desktop CPUs with dual compute dies (up to 52 cores total) rumored to use an insane 700W+ ...

Intel Nova Lake-S may deliver up to 52-core desktop CPUs, massive cache, and extreme power demands on a new LGA 1954 platform.

A fresh leak has outlined what is claimed to be Intel’s complete 900-series desktop chipset family, expected to serve as the platform controller hub lineup for Core Ultra 400S “Nova Lake-S” processors ...

Details, including specifications and performance metrics, of the Intel Core Ultra 250K Plus have appeared on Geekbench.

According to tipster Jaykihn, the 900-series platform will have five PCH variants: Z990, Z970, W980, Q970, and B960. All five are expected to appear on next-gen ...

The B860, the current-gen Intel 800-series chipset, also has up to 14 PCIe 4.0 lanes, with the same number of SATA 3.0 and ...

Intel next-gen chipset series to include Z990, Z970, and B960 for consumers, plus W980 and Q970 for commercial and workstations.